 Cyanine dye based high saturation sympathetic ink having time delayed disappearance |
| OF THE INVENTION The preferred embodiments of my invention are incorporated in an ink utilizing ... |
|
| Fiberizable glass |
| We claim: 1. A fibrous, lead-free glass having low hardness properties consisting essentially, on a ... |
|
| Certain 2-pyridylamino-3-thiophene carboxylic acid derivatives |
| What is claimed is: 1. A compound of the formulae ##STR32## and salts thereof, where [R, R.sup.1 ... |
|
| Self-extinguishing polymers |
| OF PREFERRED EMBODIMENTS The following examples illustrate but do not limit the present invention. ... |
|
| Novel foundry sand binding compositions |
| I claim: 1. A composition of matter for use in binding a particulate composition prepared by: (a) ... |
|
| Ink for the ink jet process |
| We Claim: 1. A process for the recording of information on a support by the ink jet method in which ... |
|
| Tape stop detecting mechanism |
| Accordingly, the object of this invention is to provide a tape stop detecting mechanism suited for ... |
|
| Ink ejection head for printer |
| 1. An ink ejection head defining: an ink ejection chamber; an ink ejection orifice communicating ... |
|
| Pump for pumping liquid in a pulse-free flow |
| What we claim is: 1. A substantially pulse free, cylindrical pump which operates in a peristaltic ... |
|
| Multiple electrode system |
| I claim: 1. A multiple electrode apparatus comprising a stack of alternately arranged electrically ... |
|
|
Tear webbing
| Details |
Inventors: Kamper, Hans-Werner;
Assignee: Spanset Inter AG (Oetwil am See, CH)
Primary Examiner: Bell; James J.
Assistant Examiner:
Attorney, Agent or Firm: Spencer, Frank & Schneider
A tear webbing includes two woven straps each having a first length portion and an adjoining second length portion. The woven straps are, along the first length portion, in a parallel, superposed orientation and in a face-to-face engagement with one another and a binding yarn connects the woven straps to one another along the first length portion. The woven straps which are separate from one another along the second length portion are adapted to be exposed, in the second length portion, to pulling forces causing a progressive separation of the woven straps along the first length portion under an irreversible energy absorption. The tear webbing further includes an elastic coating matrix in which the woven straps are at least partially embedded along the first length portion. |
|
DETAILED DESCRIPTION What is claimed is: 1.
In a tear webbing including two woven straps each having a first length portion and an adjoining second length portion; said woven straps being, along said first length portion, in a parallel, superimposed orientation and in a face-to-face engagement with one another; an irreversible energy absorbing device including a binding yarn connecting said woven straps to one another along said first length portion; said woven straps being separate from one another along said second length portion said woven straps being adapted to be exposed, in said second length portion, to pulling forces causing a progressive separation of the woven straps along said first length portion under an irreversible energy absorption effected by a tearing away of the woven straps from the irreversible energy absorbing device; the improvement wherein said irreversible energy absorbing device comprises an elastic coating matrix; said woven straps being at least partially embedded in said coating matrix along said first length portion to thereby increase the resistance of the irreversible energy absorbing device to pulling forces tearing away the woven straps from the irreversible energy absorbing device.
2.
A tear webbing as defined in claim 1, wherein said coating matrix includes an elastically hardened thermoplastic.
3.
A tear webbing as defined in claim 2, wherein said thermoplastic comprises polyvinyl chloride.
4.
A tear webbing as defined in claim 2, wherein said thermoplastic comprises polyurethane.
5.
A tear webbing obtained by a process comprising the following steps: (a) connecting to one another woven straps by a binding yarn in a parallel, superposed, face-to-face engaging orientation along a first length portion thereof; (b) leaving said woven straps unconnected along a second length portion; (c) making a mass of pasty consistency, including a thermoplastic; (d) applying the pasty mass to said woven straps along said first length portion to form a layer thereon; (e) pressing the pasty mass into the woven straps; and (f) hardening the pasty mass to form an elastically hardened coating matrix at least partially surrounding said woven straps to thereby increase the resistance of the irreversible energy absorbing device to pulling forces tearing away the woven straps from the irreversible energy absorbing device
|
|
TV Signal 
